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Applied Coastal offers a multi-dimensional
approach to analysis of problems in the coastal environment, including
the field measurement of existing conditions, computer simulation using
advanced numerical models, and advanced analysis techniques to
synthesize information essential for successful engineering design,
resource management, and planning. The measurement of ocean currents,
tides, and waves provides a critical first step in evaluating physical
processes. Employing a variety of observational tools, from traditional
oceanographic sensors to newly emerging technologies, Applied Coastal
services span initial program design and specification, testing and
integration of instrument systems, field data collection procedures, as
well as data processing, quality assurance, and advanced numerical
analyses. Our approach emphasizes reliability of results, using
appropriate sensors in the hands of experienced operators to maximize
the quality of collected information.
In addition to the collection of ocean data,
Applied Coastal uses advanced numerical techniques to synthesize
essential information from raw observations. Analysis techniques include
tidal harmonic analysis, time series analysis including spectral
decomposition, as well as advanced frequency-domain filtering. These
techniques are used to distinguish relevant processes from the overall
signal, identifying important features of often-complex systems. The
results allow Applied Coastal personnel to understand underlying
physical processes influencing the ocean environment and to use the
results to predict future impacts on marine activities.
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Representative Clients
ENSR, Hyannis Marina, Olsen Associates, Inc, Parsons Brinkerhoff, UMASS Dartmouth (SMAST), Battelle Memorial Institute
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